Digital control unit for projector automation systems
A projector automation system for controlling one or more controlled systems having functionality that is responsive at least in part to automation control signals. The automation system interacts with a digital projector having a control port and a film projector having a cue sensor that generates cue signals. A film-based cinema automation component receives the cue signals and generate at least some of the automation control signals to the one or more controlled systems. A second cinema automation component has a first interface coupled to the control port of the digital projector and the first cinema automation system. The second cinema automation component includes means for generating at least some of the automation control signals to the one or more controlled systems either autonomously, semi-autonomously, or in response to commands from an external scheduling system.
1. A projector automation system comprising:
one or more controlled systems having functionality that affects theatre environment and that is responsive at least in part to automation control signals;
a digital projector having a control port;
a film projector having a film cue sensor, wherein the film cue sensor generates cue signals;
a first cinema automation component coupled to receive the cue signals and generate at least some of the automation control signals to the one or more controlled systems;
a second cinema automation component having a first interface coupled to the control port of the digital projector and the first cinema automation system; and
wherein the second cinema automation component includes means for generating at least some of the automation control signals to the one or more controlled systems.
2. The projector automation system of claim 1 further comprising sensors for sensing operational state of the first cinema automation component.
3. The projector automation system of claim 2 further comprising processes implemented in the second cinema automation component for responding to the sensed operational state by providing status information to an external control system.
4. The projector automation system of claim 2 wherein the sensors include one or more sensors selected from the group consisting of: a motor running sensor, a start switch sensor, a digital projector status sensor, a change over/close signal sensor, and an auditorium fire alarm sensor.
5. The projector automation system of claim 1 wherein the controlled system comprises an auditorium lighting system.
6. The projector automation system of claim 1 wherein the controlled system comprises an auditorium screen masking system.
7. The projector automation system of claim 1 wherein the controlled system comprises an auditorium audio subsystem.
8. The projector automation system of claim 1 wherein the second cinema automation component includes processing resources that implement scheduling processes containing schedules that are to be executed in a coordinated fashion by both the first cinema automation component and the second cinema automation component.
9. The projector automation system of claim 1 further comprising a theatre client computer implementing scheduling processes containing schedules that are to be executed in a coordinated fashion by both the first cinema automation component and the second cinema automation component.
10. The projector automation system of claim 9 wherein the second cinema automation system further comprises a client interface coupled to the theatre client computer, wherein the second cinema automation component receives schedule commands from the theatre client computer and responds with status information to the theatre client computer.
11. An automation device comprising:
a housing;
a processor provided in the housing capable of executing programmed instructions;
a first port to the housing configured to communicate with a cinema automation system;
a second port to the housing configured to communicate with a digital projector; and
a third pod to the housing configured to communicate with a central scheduling system;
wherein the automation device executes by operation of the processor stored scheduling commands and implements the stored scheduling commands by generating control signals on the first port and/or the second port with the processor; and
wherein the automation device operates the process to monitor status information on the first port and the second port and to provide the status information to the central scheduling system via the second or third port.
12. The automation device of claim 11 wherein the automation device receives commands from the central scheduling system and implements the received commands by generating control signals on the first port and/or the second port.
13. The automation device of claim 12 wherein the automation device monitors status information on the first port and the second port and provides the status information to the central scheduling system via the third port.
14. The automation device of claim 11 wherein the automation device is configured to operate in either a first mode or a second mode, wherein:
in the first mode the automation device receives commands from the central scheduling system and implements the received commands by generating control signals on the first port and/or the second port; and
in the second mode the automation device executes stored scheduling commands and implements the stored scheduling commands by generating control signals on the first port and/or the second port.
15. A method for automating theatre activities comprising:
monitoring operational state of a film projector;
monitoring operational state of a digital projector; and
generating automation control signals to the film projector and the digital projector in response to the execution of scheduling commands;
wherein the acts of monitoring and generating automation control signals are performed by an automation device coupled to the film projector and the digital projector and the scheduling commands are provided by an external scheduling system coupled to the automation device.
16. The method of claim 15 wherein the scheduling commands are executed by the automation device.
17. The method of claim 15 further comprising:
generating automation control signals to external automatically controlled devices at least partially in response to the operational state of the film projector and/or the digital projector.
18. An automation device comprising:
a housing;
a processor in the housing capable of executing programmed instructions;
a first port to the housing configured to communicate with a cinema automation system;
a second port to the housing configured to communicate with a digital projector; and
a third port to the housing configured to communicate with a central scheduling system;
wherein the automation device receives commands from the central scheduling system and with the processor implements the received commands by generating control signals on the first port and/or the second port; and
wherein by operating the processor the automation device monitors status information on the first port and the second port and provides the status information to the central scheduling system via the third port.
19. The automation device of claim 18 wherein the automation device executes stored scheduling commands and implements the stored scheduling commands by generating control signals on the first port and/or the second port.
20. The automation device of claim 19 wherein the automation device monitors status information on the first port and the second port and provides the status information to the central scheduling system via the second or third port.